Difference between revisions of "Main Page"

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(Controlled equipment)
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* a Denon [[install AVR 3808|audio-video controller]]
 
* a Denon [[install AVR 3808|audio-video controller]]
 
* a Panasonic [[install plasma TH|plasma screen]]
 
* a Panasonic [[install plasma TH|plasma screen]]
* Philips Hue [[install Hue|LED light bulbs]]
+
* Philips Hue [[install Hue|LED light bulbs]] control and a [[install Hue clock|time display]] using 2 bulbs: one for the hour and one for the minute
 
* Ethernet [[install MSNswitch|controlled switches]]
 
* Ethernet [[install MSNswitch|controlled switches]]
  

Revision as of 17:04, 1 May 2014

The xPL protocol allows different devices to exchange information in a simple manner. The devices broadcast their messages to the others and register to a hub in order to receive the messages sent by others.

The protocol is light enough to run on simple machines such as the BeagleBone. Some setup insructions show how to prepare a BeagleBone to use with xPL.

The hub and the devices can be installed on different platforms. The system shown here bases on Perl, which is part of the Linux and Mac OS operating systems and can easily be installed on Windows.

Install xPL

Hub

The first step to xPL automation is to install a hub.

This has to be done on each machine that participates to the xPL network.

Serial port

Many devices are controlled over an RS-232 serial port.

For this, the xPL serial port device can be instantiated as many times as needed. The xPL infrastructure supports this by the fact that these devices are differentiated by their name.

Controlled equipment

The xPL scripts found here allow to control:

Triggered actions

An xPL device sends clock ticks every minute.

A central xPL device monitors all the messages and is configured to trigger specific actions on specific messages. This allows:

MediaWiki editing

Consult the User's Guide for information on using the wiki software.